AV Sensors
Media-Isolated Stainless Steel Pressure Sensors
MIOF-86CV Constant-Voltage Media-Isolated Pressure Sensor with 0.625-Inch O-Ring Port
MIOF-86CV
O-ring-mount normalized-output media-isolated pressure sensor
About the MIOF-86CV
Compact 0.625-inch O-ring package with normalized mV output using constant-voltage excitation. Best suited for manifold installations requiring voltage excitation and improved interchangeability.
MIOF-86CV Series Features
- Compatible with Corrosive media
- Temperature Compensated
- Constant Voltage Excitation
- Gage & Absolute Pressures
- mV Output
- O-ring Process Port
-Normalized Output
- High Linear Output
Suggested Applications
Voltage-Excited Hydraulic Manifolds
The MIOF-86CV provides embedded pressure measurement in hydraulic manifolds designed around a stable bridge-excitation voltage. Its O-ring cavity mount places the sensor directly in the pressure block without requiring an external process fitting. A ratiometric measurement architecture can allow the controller’s analog-to-digital converter to track changes in excitation voltage.
Compact Pump-Control Assemblies
Integrated pumps can use the MIOF-86CV to monitor discharge pressure, regulate motor operation or detect operation outside the intended pressure envelope. Direct manifold mounting minimizes plumbing between the pump and sensing diaphragm. The voltage-excited output is appropriate when the pump controller already contains the necessary analog conditioning and calibration circuitry.
Analyzer and Liquid-Handling Manifolds
The sensor can monitor pressure in compact analyzer and liquid-handling systems that use compatible media. Its cavity-mounted construction supports dense valve-and-pump manifolds, while the stainless-steel isolation structure prevents direct process-fluid contact with the silicon die. The normalized voltage-excited output supports integration with analog controllers used to monitor pump, valve and fluid-path operation.
Why Choose the MIOF-86CV Series
Choose the MIOF-86CV when a compact O-ring-mounted sensor and normalized voltage-excited output are required. It provides the MIOF-86 mechanical footprint without requiring a digital interface and supports replacement opportunities for voltage-excited TE Model 86 designs.
SPECIFICATIONS
Performance
Pressure NonLinearity
±0.20 %FSS
Stability
±0.25 %FSS (Over 1 Year)
Hysteresis & Repeatabillity
±0.05 %FSS (Typical)
Rise Time
0.1 mS
Thermal
Operating Temperature
-40 to 125 ̊C
Compensated Temperature
-20 to 85 ̊C
Thermal Error, Offset
±0.4 %FSS (Typical)
Thermal Error, Span
± 1.0 %FSS
Maximum Ratings
Excitation
3.0mA
Storage Temperature
-50 to 125 ̊C
Over Pressure
4x Range
Media Compatibility
Liquids & Gases compatible with 316L
Electrical
Output
100 mV
Offset
±1.0 mV
Bridge Resistance
2.0 to 6.5 kΩ
Connections
Ribbon Cable, Molex Conn.
Model Number Configuration
Mechanical Dimensions
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